![• An embedded system is a computer that has been built to solve only a few
very specific problems and is not easily changed.[1] In contrast, a general-
purpose computer can do many different jobs, and can be changed at any
time with new programs for new jobs.
• An embedded system usually does not look like a computer, often there is
no keyboard or monitor or mouse. But like any computer it has
a processor and software, input and output. The word embedded means it
is built into the system. It is a permanent part in a bigger system.
• For example, a controller is embedded in an elevator and tells the motor
to move the elevator to different floors based on buttons that are pushed.
A decoder is embedded in a satellite television set-top box to read a signal
from the dish and send something that a TV understands. Often this type
of system must do its work in a specific amount of time. This is called real-
time computing. If a set-top box got interrupted to do another task, you
would see a bad picture on the TV, for example. A general purpose
computer will often have short pauses while it does something else, it is
not real-time](https://image.slidesharecdn.com/embeddedsystemprojectsforfinalyear-150110230619-conversion-gate02/85/Embedded-system-projects-for-final-year-Bangalore-11-320.jpg)
Embedded system projects for final year Bangalore
- 3. A) IMPLEMENTATION OF MIND CONTROL ROBOT Embedded Technology is now in its prime and the wealth of knowledge available is mind- blowing. However, most embedded systems engineers have a common complaint. There are no comprehensive resources available over the internet which deals with the various design and implementation issues of this technology. Intellectual property regulations of many corporations are partly to blame for this and also the tendency to keep technical know-how within a restricted group of researchers. There are billions of neurons interconnected in human brain. Human thoughts and their emotional states affect the interactions between these neurons. Every interaction between these neurons creates an electric discharge which cannot be measured using current technology. However, the activity created by thousands of concurrent electric discharges aggregates into waves which can be measured. The sequences of interactions between these neurons are a result of different brain states.
- 4. • The sequences of interactions between these neurons are a result of different brain states. These patterns of interaction produce waves of different amplitudes and frequencies. These wave patterns can be used to determine emotional state of the brain. The goal of this project is to measure electric activity in the brain due to firing of these neurons, parse wave to obtain attention and meditation level of brain and use it to move a robot. There are different techniques available to detect electric activity in brain. One technique is Electroencephalography (EEG). EEG measures voltage fluctuation along the scalp that results from the interaction between the neurons in the brain. These voltage fluctuations are processed and output to a microcontroller by the EEG sensor. The data packets obtained from the EEG sensor are stored in microcontroller. The microcontroller uses different techniques to process and parse the data. The attention and meditation levels are obtained from the processed data. These levels are used to control the direction and motion of the robot.
- 5. In recent times, smart-phones have become an important part of our daily lives. When we start to use the smart phones, we can do all-around business at anytime and anywhere. This change, known as ubiquitous computing, has been developing gradually due to smart-phones in the maritime industry; communication environment is developed by sailors to know about the ship information. Most of the typical ship- monitoring applications show the values of various sensors in the water tank. These system data classify the sensor data and store it on the server. Using this monitoring system information, we developed a new smart-phone application called “Tank boy,” This system provides information from the water tank database using visualization techniques
- 7. An embedded system is a dedicated computer system designed for one or two specific functions. This system is embedded as a part of a complete device system that includes hardware, such as electrical and mechanical components. The embedded system is unlike the general-purpose computer, which is engineered to manage a wide range of processing tasks. Because an embedded system is engineered to perform certain tasks only, design engineers may optimize size, cost, power consumption, reliability and performance. Embedded systems are typically produced on broad scales and share functionalities across a variety of environments and applications
- 8. • Now a day's every system is automated in order to face new challenges. In the present days Automated systems have less manual operations, flexibility, reliability and accurate. Due to this demand every field prefers automated control systems. Especially in the field of electronics automated systems are giving good performance. • • Clock is one of major source of indicating and maintaining the time of the day with parameters like hours, minutes and seconds. It acts as scheduler for many important events and functions. The present day clock like analog clocks which dependent on pendulum have certain drawbacks based on there accuracy, cost and power consumption, and environmental requirements. Our project solves the above mentioned problems
- 9. • It is proposed to implement this project at the institute level. It is proposed to place display boards in major access points. The electronics displays which are currently used are programmable displays which need to be reprogrammed each time. This makes it inefficient for immediate information transfer, and thus the display board loses its importance. The GSM based display toolkit can be used as an add-on to these display boards and make it truly wireless. The display board programs itself with the help of the incoming SMS with proper validation. Such a system proves to be helpful for immediate information transfer • The system required for the purpose is nothing but a Microcontroller based SMS box. The main components of the toolkit include microcontroller, GSM modem. These components are integrated with the display board and thus incorporate the wireless features. The GSM modem receives the SMS. In return the modem transmits the stored message through the COM port. The microcontroller validates the SMS and then displays the message in the LCD display board.
- 11. • An embedded system is a computer that has been built to solve only a few very specific problems and is not easily changed.[1] In contrast, a general- purpose computer can do many different jobs, and can be changed at any time with new programs for new jobs. • An embedded system usually does not look like a computer, often there is no keyboard or monitor or mouse. But like any computer it has a processor and software, input and output. The word embedded means it is built into the system. It is a permanent part in a bigger system. • For example, a controller is embedded in an elevator and tells the motor to move the elevator to different floors based on buttons that are pushed. A decoder is embedded in a satellite television set-top box to read a signal from the dish and send something that a TV understands. Often this type of system must do its work in a specific amount of time. This is called real- time computing. If a set-top box got interrupted to do another task, you would see a bad picture on the TV, for example. A general purpose computer will often have short pauses while it does something else, it is not real-time
- 12. • In this Project we are mainly concentrating on automation which will give better replacement to man. From the habitual nature of man when he/she entered into restricted area where they should not talk, by forgetting that they used to talk. In order to maintain saliency at that particular place we need to keep a man to monitor and control them because of their usual talk other people may get disturb. This may regularly happen in student libraries. Here we make automation to find the sounds and giving instruction to them. • In this project we will first find sound generated by us by using the sound detection circuit depending upon receiving sound detection that will be given to the microcontroller then depending upon receiving the sound detection the microcontroller will give instruction to speaker to like “KEEP SILENT”. The sounds are detected by microphone that with some related circuit. And speak out thing can be done by speaker can drive by voice chip where we will store the announcement voice. •
- 13. A)POWER MANAGEMENT FOR HI WAYS B)TIME BASED POWER SAVING SYSTEM IN CORPORATE ROAD WAYS C)LOGIC GATES ANALYZER USING MICROCONTROLLER D) POWER MANAGEMENT FOR HI WAYS E) TIME BASED TRAFFIC MANAGEMENT SYSTEM F) CLAP BASED DEVICE CONTROL
- 14. a) Consumer electronics b) Medical applications c) Automotive application d) Military applications e) Portable devices f) Handheld systems
- 15. Mechanical engineering is the discipline that applies the principles of engineering, physics andmaterials science for the design, analysis, manufacturing, and maintenance of mechanical systems. It is the branch of engineering that involves the design like catia,P RO-e,CAD, production, and operation of machinery and tools. It is one of the oldest and broadest of the engineering disciplines. We are offereing design projects,producation projects,faberication projects
- 16. i. DEGREE TURNING STEERING MECHANISM ii. ABRASIVE BELT GRINDER iii. ABRASIVE JET MACHINE iv. ACCIDENT AVOIDING SYSTEM FOR CUTTING MACHINE v. ACTIVATED CARBON MANUFACTURING PLANT vi. AERO PLANE CONTROLLING SYSTEM
- 17. i. ANTI-LOCK BRAKING SYSTEM ii. ANTI-LOCK BRAKING SYSTEM iii. AUTOMATED TRACK GUIDED VEHICLE iv. INTELLIGENT VEHICLE v. AUTOMATIC LAMINATION MACHINE vi. AUTOMATIC LUBRICATION SYSTEM
- 18. #4, 2nd floor, 10 th main, 100 feet road, banasawadi, Bangalore-43 ph: +918040942988, Mob: 9739586460 visit: www.embeddedinnovationlab.com
- 19. Keywords • Final Year Engineering Projects For ECE in Bangalore • Final Year Engineering Projects in Bangalore • Final Year ECE Projects in Bangalore • Final Year Embedded Systems Projects in Bangalore • Microcontroller Projects in Bangalore • Engineering Projects in Bangalore • BE/B.Tech Student Projects in Bangalore • Final Year ECE Projects in Embedded System • Mechanical Final Year Project in Bangalore • Embedded System Projects For Final Year • Final Year Engineering Project Institutes In Bangalore • Final Year Engineering Project Centers In Bangalore